Tutorial (lathe): Mastercam 2017 For Solidworks

Mastercam 2017 for SOLIDWORKS bridges the gap between "perfect design" and "perfect part." By staying inside the SOLIDWORKS interface, if you change a dimension on your 3D model, you can simply "Regenerate" your toolpaths in Mastercam without starting from scratch.

If you’re a SOLIDWORKS user, you already know the power of your design environment. But when it’s time to move to the lathe, you don't want to export files and lose your associativity. That’s where the Mastercam for SOLIDWORKS (MCfSW) add-in comes in.

In turning, your Z-axis must be the centerline of the part, and the X-axis is your diameter. Mastercam usually handles this, but it’s worth double-checking that your SOLIDWORKS Top or Right plane aligns with your machine's orientation. 2. Define Your Machine and Stock Mastercam 2017 for SOLIDWORKS Tutorial (Lathe)

This is critical. You need to tell Mastercam the size of the raw bar stock. Use the "Make from 2 points" or "Cylinder" options. Don't forget to add a little extra on the face for a facing cut and enough "meat" in the back for the chuck jaws to grab! 3. The Facing Operation Always start by cleaning up the face of the part. Select Lathe Face .

Since you are inside SOLIDWORKS, you can use the Manager Tree to select the edges of your model. Mastercam 2017 is great at "seeing" the profile of your solid. Mastercam 2017 for SOLIDWORKS bridges the gap between

Once the bulk of the material is gone, use Lathe Finish . This will use a smaller tool (like a 35-degree DNMG) to follow the exact contour of your SOLIDWORKS geometry. 5. Parting Off The most nerve-wracking part of any lathe job! Select the Lathe Cutoff toolpath. Choose your parting tool width carefully.

Mastercam 2017 for SOLIDWORKS: Your Quick Guide to Lathe Programming That’s where the Mastercam for SOLIDWORKS (MCfSW) add-in

Before you click a single toolpath button, make sure your environment is set up: